BEng (Hons) Electrical & Electronic Engineering (with Foundation Year)

From day one, you'll dive into a highly practical learning environment. This course thrives on hands-on experience: you'll work in purpose-built facilities like the Engineering Innovation Centre (EIC) and the Electronic and Control System Laboratory, where real-world learning comes alive. You’ll use cutting-edge hardware and software—from microcontrollers to embedded systems, signal analysis setups, and CAD tools for system design. Academic staff bring real industrial expertise, guiding you through projects that mirror professional engineering work.

And here’s how that experiential learning unfolds:

Specialist facilities and tools:
You’ll study in the brand-new £35 million Engineering Innovation Centre (EIC), equipped with modern teaching spaces, labs, and manufacturing hardware—including CISCO industrial networks, manufacturing execution systems, industrial robots, and more.

Embedded systems and signal tools:
The curriculum develops core skills in microcontrollers, FPGAs, signal processing, conditioning, interfacing, and communication systems.

Laboratories dedicated to practical learning:
You’ll engage in hands-on work in the Electronic and Control System Laboratory, using real equipment to build and test systems.

Software tools and CAD experience:
Modules like “Design and Sustainability” and “Engineering Practice” introduce computer-aided design and manufacturing, programming fundamentals, and digital electronics.

Group project work:
In Year 2, there’s a Project module where you’ll work in a team to develop and deliver an electrical/electronic system, applying project-management and design methods practically.

Industrial placements:
You have the option to take a one-year industrial placement (a sandwich year between Year 2 and Year 3), giving you real-world experience and significantly enhancing employability.

Summer internships & industry links:
There are opportunities for summer undergraduate internships, including placements with prestigious partners like NASA, BAE Systems, CISCO, NHS, and the Northwest Aerospace Alliance.

Rich module experiences:
From Year 1 modules in microcontrollers, circuit design, CAD, and embedded programming to Year 3 modules such as Machine Intelligence, Computer-Aided Instrumentation, Imaging and Vision Systems, and a sustainability-focused engineering project—you get a thorough, modern curriculum.

Library and campus support:
You'll also have access to the university’s Preston campus library, lecture theatres, and independent-study facilities—all supporting your learning journey.

Graduates of the University of Lancashire's Electrical & Electronic Engineering with Foundation Year BEng (Hons) are highly employable, moving into roles such as electrical engineer, electronics designer, power systems engineer, control systems specialist, and telecommunications engineer. Many alumni also pursue further study in power engineering, renewable energy, robotics or related fields, or work in sectors including energy, manufacturing, transportation, and telecommunications.

Here's how the University of Lancashire specifically supports your future:

Career Services & Experiential Learning:
The program offers opportunities for industrial placements and practical project work, giving you hands-on experience with real-world engineering challenges. You'll learn through a combination of lectures, laboratory sessions, computer simulations and team projects, developing both technical expertise and professional skills. The university's career service provides dedicated support including industry networking events, CV workshops and interview preparation to enhance your employability throughout your studies.

Industry Partnerships & Research:
The School of Engineering maintains strong connections with leading employers in the energy, manufacturing and technology sectors. Students benefit from modern facilities including power systems labs, electronics workshops and control engineering suites. The curriculum incorporates research expertise in areas such as smart grids, renewable energy integration, embedded systems and industrial automation. These industry-relevant specializations ensure graduates develop skills that are in high demand.

Graduate Outcomes:
Students graduate with comprehensive skills in electrical circuit design, power systems analysis, electronic device development and engineering project management. These capabilities, combined with strong problem-solving and teamwork skills, prepare graduates for successful careers across multiple engineering sectors.

Further Academic Progression:
After completing your BEng (Hons), you can progress to specialist master's programs in areas like power engineering, control systems or renewable technologies, or enter professional roles in design, testing, systems integration or project engineering, supported by the program's strong industry focus and practical orientation.